Modernise your network with Superloop Managed SD-WAN

SD-WAN makes it easier to manage traffic across different connection types, including fibre, business broadband and 4G/5G. It automatically sends each application down the best available path, based on things like speed, latency, packet loss and whether the connection is available. That gives you better visibility, more flexibility and a more resilient network than a traditional WAN, while making it simpler to manage multiple sites.

MPLS gives you a private, predictable network. SD-WAN takes a more flexible approach, using multiple connectivity types such as fibre, broadband, 4G/5G and MPLS and intelligently selecting the best available path for each application. 

It also gives you greater visibility and control over network performance, making SD-WAN a strong fit for organisations relying on cloud and SaaS applications. 

Superloop manages your SD-WAN end to end, from devices, configuration and policies through to monitoring, troubleshooting, updates and ongoing support. We can also bring connectivity, managed security and other network services together, giving you one managed solution, one support experience and a network that’s built to perform. 

SD-WAN intelligently manages application traffic, selecting the best available network path based on performance requirements and business priorities. As network conditions change, it can dynamically adapt to factors such as congestion, latency and packet loss to help keep applications performing reliably and available when it matters. 

For organisations increasingly reliant on cloud and SaaS applications, this delivers particular value. With applications and services distributed across the cloud, reliable connectivity is critical to maintaining a consistent user experience and business performance. 

SSE (Security Service Edge) provides the security layer within the broader SASE (Secure Access Service Edge) architecture, delivering cloud-based capabilities such as secure web access, Zero Trust Network Access (ZTNA), threat prevention and data protection. SD-WAN provides the networking layer, intelligently managing how application and user traffic moves across available network paths. 

Together, SD-WAN and SSE bring connectivity and security into a more integrated approach. SD-WAN selects the most effective path for traffic based on application requirements and network conditions, while SSE applies security controls and access policies to help protect that traffic. This enables secure, reliable access to cloud, internet and corporate applications wherever users and applications are located. 

Zero Trust adds another layer of protection by adopting a simple principle: never trust, always verify. Access decisions are based on factors including user identity, device, application, location and security policy. Rather than trusting users or devices because they are connected to a particular network, Zero Trust provides only the access required for their role — helping reduce risk while supporting a more flexible, distributed working environment. 

Superloop combines its managed SD-WAN service with its underlying network and connectivity services, giving customers greater service and assurance across their entire network . 

With this end-to-end view, Superloop can optimise connectivity and troubleshoot issues across the full service, rather than managing the SD-WAN and access network as separate environments. This helps simplify network operations and resolve issues more efficiently. 

Customers also benefit from a single managed provider across connectivity, SD-WAN and associated network services, giving them a simpler support experience, clearer accountability and one team responsible for keeping their network performing at its best. 

Deployment timelines depend on factors such as the number of sites, network complexity, connectivity requirements and integration with existing services. Superloop starts with network discovery and design, then moves through configuration, testing and staged deployment. 

For MPLS migrations, SD-WAN can be deployed alongside existing connectivity, allowing sites and applications to transition progressively while maintaining service continuity and minimising disruption. 

The process typically covers network assessment and design, connectivity planning, device deployment, configuration and testing, followed by staged migration, validation and transition to ongoing managed operations.